Products

Cable & Fault Location Test

  • MEGGER Teleflex LV Monitor | Portable TDR for LV and CFL

    The Teleflex LV Monitor is for the location of faults on low voltage cables, especially for the detection if intermittent fault, which result in specific difficulties. Additionally the voltage and current waveforms are recorded. The stored data is retrieved from a PC or Notebook via Bluetooth or via a telephone connection (Line or GSM). In opposition to other portable reflectometers, the Teleflex LV monitor is permanent and simultaneous connected to all three phases of the LV cables and permits the user to do a reflection measurement on all the phases and their combinations, either locally or in remote operation. The supply of the Teleflex LV Monitor happens by one of the connected phases.

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  • MEGGER VLF Sinus 54kV | VLF Cable Insulation Test

    The VLF Sinus 54 kV is the ideal system for all users who want to or must test with a genuine 0.1 Hz sine wave voltage. The VLF testing system can be perfectly integrated in a fault location system or in combination with an OWTS and the optional tanDelta test attachment as part of a diagnostic test van. The system is designed for continuous operation which prevents unnecessary waiting times and increases test efficiency drastically. Using a USB stick, logs can be conveniently created in.csv format, enabling further data processing, and are also saved in Easyprot format (software supplied) for clear and structured reports. Sheath faults can be precisely pinpointed by using the step voltage method in combination with the optional available step-voltage probe ESG NT.

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  • MEGGER PIL 8 | Cable Phase Identification

    The Phase identification System PIL 8 permits a fast and especially safe phase determination at the jointing location during the mounting of medium voltage cables. According to DIN VDE 0105 0100 part 2 (EN 50110-1) from Oct. 1997, Pos. 6.2.4.1 Topic 3 (Page 12) it specifies : "... If the earthing or shorting has to be removed for the duration of measurements or tests, suitable other safety measures have to be taken.” Such safety measures require a relatively large effort and are not always practical. The specific advantage of the technology used in the PIL 8 is the fact, that the ground or shorting must not be removed. In opposition, this grounding it is an essential part of the procedure, which means, the cable must be grounded and shorted for the system to work. Resulting the use is absolutely safe. For each phase the according transceiver clamp are installed tot he grounded cable end and then at the selection point each phase is identified and marked.

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  • MEGGER Detex | Voltage Detector

    For use on any grounded electrical system, DETEX Voltage Detectors are available in seven models that cover a range from distribution class to transmission line voltages up to 550 kV. Biddle offers six electronic "beeper" models and one model with LED indication for greater visibility when testing indoors. The beeper-style electronic detectors provide audible and visual indication of the presence of phase-to-ground ac voltages, in accordance with ANSI C84.1-1982 standards. The 6.9-kV model is equipped with a telescopic pole. All other models are fitted for universal spline mounting on a hot line pole rated for the voltage of the system being tested. Electronic voltage detectors for use on distribution line voltages (Cat. No. 514360 series) provide a single red LED. Detectors rated for transmission line voltages (Cat. No. 514242 series) provide four LEDs for improved visibility at greater distances. The LED-indicating voltage detector is designed for indoor testing of grounded ac systems. A bright LED indicator provides easy visibility in poor lighting conditions. During testing, the presence of voltages within the detector's operating range will illuminate the bright LED lamp. A built-in piezoelectric voltage source provides a test feature to ensure that the detector is operative before use. The self-test is activated by a pushbutton. The LED detector is equipped with a 48-in. (1219-mm) telescopic pole calibrated and marked for voltages within the ratings of the detector. These demarcations assist the user in adjusting the pole to the length required for safe operation. The pole retracts to 34 in. (864 mm) for convenient storage in a vinyl carrying case when not in use.

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  • MEGGER TeleflexT3060 | 1-Phase TDR

    Based on the same hardware and software we successfully used for our cable fault location systems EZ Thump and Smart Thump, the new Teleflex T 3060 reflectometer is designed to provide the user with a cross-system operational concept. The Teleflex T 3060 can be used as a battery-operated stand-alone unit, or in combination with small, portable systems. The device can be used in the following modes: EasyGo Mode: automatic operation and measurement evaluation Step by step Mode: supports the learning of the fault location process while using different systems Expert Mode: complete range of commands and functions of a Teleflex reflectometer. The user can create a customised menu structure with up to 20 functions.

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  • MEGGER MTDR300 | 3-Phase TDR

    The MTDR300 is a 3-phase Time Domain Reflectometer (TDR) designed to provide quick, effective, accurate and safe prelocation of cable faults in electrical networks. Operation of the instrument is via a single jog dial and intuitive menu system. The large colour display further enhances operator comfort and aids rapid and accurate fault prelocation. The MTDR300 can be powered from its internal rechargeable battery or mains power. It’s housed in a rugged, robust, field proven case making it suitable for use in hostile or challenging environments. By combining the MTDR300 with an impulse generator (thumper) and arc reflection filter, several methods of high voltage fault prelocation are possible. The CAS-1 stand-alone software package is supplied with all MTDR300’s. This package allows the download (and upload) of saved traces for future analysis. It is also an ideal training package, as it contains all features of the MTDR itself.

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  • MEGGER EZ-Thump | Portable Cable Fault Locator

    The EZ-THUMP4 and EZ-THUMP12 are compact and light, battery and AC line operated, portable cable fault location systems. They are designed for quick, effective, accurate and safe fault locating operations to greatly reduce system customer outage minutes. Due to their rugged yet portable enclosure, they are ideally suited either for use in a “satellite” fault locating concept for remote areas that may have less frequent faults, when ease of operation, low weight and economics are important, or for hard to access inner city locations.

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  • MEGGER Smart Thump 16 | Portable Cable Fault Locator

    The SMART THUMP ST Series of cable fault locators provides safe, efficient and easy-to-use solution for quickly identifying, prelocating and pinpointing various types of cable faults for power cables. The ST Series was developed to meet the requirements for typical low- and medium-voltage distribution cable fault location markets. Circuit parameters include: System voltage up to 35 kV Insulation EPR or XLPE Typical conductor sizes between 4 mm2 to 250 mm2 Typical circuit lengths from 100 m up to 5,000 m Typical end users include: operations department of power utility The ST Series incorporates E-Tray technology, a concept that has been already proven in other products (EZThump, EZ-Restore Overdrive, and TDR T3090) and which will be carried forward into new Megger products in the future. The E-Tray adds the unique capability to access and operate every function through an innovative and intuitive user interface, without the need to make adjustments and the software suggests the next logical step.

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  • MEGGER SFX15/25 | Battery Operated Cable Fault Locator

    The Surgeflex 15 and 25 cable fault location systems with their 1150 J surge energy provide a standard solution for portable systems. The basic system comes already fully equipped with integrated battery, inverter/charger and is mounted on an easy to move trolley. For a fixed vehicle mounting, the systems are also available without trolley and internal battery system. For high flexibility, the systems are equipped with a separately mounted reflectometer, the T 30-E. With the ARM Arc Reflection Method, a powerful tool for the fault location, especially for high resistive faults is available.

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  • MEGGER SFX8-1000 | Portable Cable Fault

    The Surgeflex 8 is a mobile, small and economical fault locating system, specially suited for the fault location in low voltage but also in medium voltage systems, for lighting system, pilot cables and for deep well pump cables. With its voltages levels of 2 – 4 – 8 kV the system is perfectly suited for the fault location in thes low voltage applications. The available surge energy of 1000 Joule covers all requirements. The modular construction, mounted on a trolley permits the use and transport a complete system but also allows the separation and transport in smaller components.

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  • Megger HVB10 | HV Bridge Cable Fault Locator

    HVB10 is a highly accurate high-voltage bridge designed to locate cable and sheath faults, perform sheath testing, and pinpoint sheath faults, especially suited also for long HV cables. With its top resolution, intermittent fault detetion function, and load adaptation for faster cable charging, the HVB10 is an indispensable tool for all utilities that want to reduce downtime and facilitate repair of power and for example pilot and communication cables.

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  • MEGGER digiPHONE + | Cable Fault pinpointing

    The Digiphone plus pinpoints underground cable faults with unprecedented accuracy and sets a new standard by applying innovative audio concepts. This combination results in a pinpointing device for highresistive faults that is unsurpassed in sensitivity. Digiphone plus works off the “thunder and lightning principle” of fault location. In the same way you can measure how far away a storm is by counting the distant between a faster lightning flash and its slower thunder, this pinpointer works by measuring the energy around an underground fault. If you think of the flashover at a fault as the lightning, the Digiphone measures distance by figuring timing between that electromagnetic “flash” and the seismic (or acoustic) jolt also created at the moment of flashover.

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  • MEGGER digiPhoe + NT Set | Cable Fault pinpointing

    With new developments in cable fault location and pinpointing, SebaKMT is continuously striving to offer customers time-saving and cost-effective solutions. To meet the requirements, SebaKMT combined the two systems digiPHONE+ and ESG NT in one device: The digiPHONE+ NT Set The acousto-magnetic cable fault pinpointing and step voltage pinpointing of cable sheath faults can thus be done easily, quickly, and reliably. The operating mode switches automatically, by identifying the selected sensor.

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  • MEGGER Fault Sniffer | Cable Fault pinpointing

    In many situations, conventional fault location is impossible, for example when the electrical supply of customers cannot be disconnected or the necessary fault location system is temporarily unavailable. These are situations where the Fault Sniffer enables you to quickly locate the fault without interrupting the power supply to the customers. The Fault Sniffer is not intended to replace conventional fault location but is a fast, easy to use and inexpensive supplement and alternative which does not disrupt the electricity supply. The Fault Sniffer detects and measures the typical burning gases as they are produced by cable faults and shows theit concentration. The maximum value is indicating the fault position.

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  • MEGGER MMG10 | Cable Sheath Fault Locator

    The sheath test system MMG 10 is used for the voltage testing of plastic insulated cable jackets. The test evaluated the leakage current in respect to the cable lengths. An adjustable current limiter avoids an eventual drying or unintended change of a fault spot. The high output current can also be used for the low resistive burning of a fault. For pinpointing of sheath faults in plastic insulated shielded cables and earth faults in unshielded cables, the MMG 10 provides a pulsed output voltage. The pinpointing is done by the step voltage method with the Earth fault locator ESG 80-2 / ESG NT. The MMG 10 can also be used as Burn voltage supply for the Arc Reflection Burning with the ETF 3.

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  • MEGGER MFM10 | Cable Sheath Fault Locator

    The intuitive, menu supported operator guidance of the MFM 10 work with the approve SebaKMT Easy-Go principle. The fully automatic measurement and evaluation of the measured data gives the operator a fast, easy and reliable tool to test the sheath of cables, and to perform a prelocation and pinpointing of detected faults. The bipolar prelocation supports the detection of galvanic and thermoelectric influences and increases the prelocation accuracy and quality.

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  • MEGGER ESG NT | Cable Sheath Fault pinpointer

    The earth fault locator ESG NT is used for the high accuracy pinpointing of a sheath fault. State of the art technology in connection with a bright, sun readable TFT color Display allows an very easy use. The display happens by a bargraph, similar to the analogue display or by a history display, which shows the deflections of the last 7 pulses. A fully automatic calibration keeps the display always at zero and the integrated noise suppression eliminates all influences by DC, Railway currents, industrial plants and high resistive soil environment. By two earth rods, the ground step voltage potential is measured and the direction towards the fault is indicated by the display. The ESG NT is also available as combination set with the digiPHONE+ in one unit.

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  • SG32-1500M PORTABLE FAULT LOCATION SYSTEM

    HV insulation testing up to 32 kV Proof/burn up to 32 kV, 40/20 mA 16/32 kV, 1500 Joules surge output Arc reflection multi-shot method Differential arc reflection Impulse current (ICE) Impulse current loop on/loop off Integrated 10.4” screen color TDR F-OHM safety circuit for proper grounding Two discharge and grounding contacts for independent discharging of capacitor and test circuit

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  • EZ-Restore Overdrive CABLE FAULT LOCATOR

    Has back-feed alert Weighs less than 48.5 lbs Offers unique USB load Has trans-flective color LCD

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  • EZ-THUMP 3 kV and EZ-THUMP 4 kV HIGHLY PORTABLE FAULT LOCATION SYSTEMS FOR LV NETWORKS

    Dual stage 500 J surge energy at 1.5 kV and 3.0 kV EZ-Thump 3kV only Single stage 500 J surge energy at 4.0 kV EZ-Thump 4kV only F-OHM HV interlock to ensure safe earthing Battery and AC line operation Automatic end-of-cable and fault locating Transflective color display ARM® Prelocation Fault Pinpointing (Thumping) Optional Sectionalizing Software*

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  • MPS230 230/110 V | MOBILE POWER SOURCE

    Portable power supply Low THD Pure sinewave output Rugged construction 230 or 110 V versions

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  • EZ-THUMP 12 kV, model V2 | HIGHLY PORTABLE FAULT LOCATION SYSTEM FOR MV NETWORKS

    Compact, light and rugged field instruments Battery and AC line operation Automatic end-of-cable and fault locating 4-kV or 12-kV output versions available Transflective colour display ARM® Prelocation Fault Pinpointing (Thumping) Optional Sectionalising Software*

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  • Ferrolux system Cable Fault Locator

    Precise direction guidance with right/left arrows “SignalSelect”for clear route location Depth and signal current intensity measurement at the push of a button Route sensor weighs less than 1 kg so not tiring use “DirectSignal” for effective line location

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  • DigiPHONE+ CABLE FAULT PINPOINTER

    Finds the fault with unprecedented accuracy Offers simple visual directions Possesses smart background noise reduction Automatically limits audio volume to 84 decibels Requires no user adjustments

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  • Easyloc RxTx

    Make optimum preparations for your building work, quickly and reliably Avoid cable damage and help to minimise costly accidents and inconvenient delays Depth measurement at the push of a button, even without a transmitter 33 kHz – compatible with other location systems Large display with automatic backlight Quick and simple to operate

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  • MEGGER Easy Test 20kV | VLF Cable Insulation Test

    The Easytest represents a simplified version of the standard VLF test. It has been designed to verify operational integrity versus operational reliability, which is the objective of a standard VLF test in accordance with the respective standards. Typically, a simplified test is performed in accordance with company specifications after repairs or after a new cable or circuit has been installed. The purpose of such a test is to verify the integrity of the cable and there accessories before switching the circuit back into operation. The Easytest allows such a test at voltages well above operating voltage in order to provide a safe indication regarding operational integrity.

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  • MEGGER VLF CR-28/40/60 | VLF Cable Insulation Test

    The portable, high-performance and energy-efficient VLF test systems are used for testing cables with 0.1 Hz cosine-rectangular voltage according to IEC/IEEE/CENELEC standards. In accordance with guidelines, the dielectric strength of cables and joints must be checked after installation or repair. The VLF test systems from SebaKMT have high test-capacities and are still compact, because of the patented voltage wave-shape and the power-recycling during polarity reversal. Aside from cable and sheath testing, the test systems can also be used for the precise pinpointing of sheath faults (in combination with a step-voltage probe). In total three portable systems are available, each with different voltage levels (28, 40 and 60 kVrms): - VLF CR-28 up to cable series 15 kV - VLF CR-40 up to cable series 23 kV - VLF CR-60 up to cable series 35 kV

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  • MEGGER VLF CR-60/80-HP | VLF Cable Insulation Test

    Powerful 0.1 Hz VLF test system with energy recovery for testing of cables with Cosine Rectangular Wave voltage according to VDE, IEC and IEEE. In accordance with most regulations, cables and joints must be tested after installation or repair. The Seba KMT VLF Test System CR 60 kV can be used to test cables with operating voltage levels up to 36 kV. The system consists of a control unit and a HV unit. The high test capacity of 6.5 ?F permits the simultaneous testing of all three phases. Positive and negative DC testing of cables and connected switchgear can be carried by DC Mode. This VLF Test System CR 60 kV can be used both as a stand alone system and as integrated part of a test van system.

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  • MEGGER VLF Sinus 34kV | VLF Cable Insulation Test

    The VLF sine wave 34 kV is a compact, robust and portable VLF sine wave test system for medium voltage cables. The design, optimized for rapid transportation and quick setup, and the continuous duty cycle are two attributes that qualify the system as an ideal tool for routine cable testing. For both 0.1 Hz sine wave voltage tests and rectangular or DC voltage tests, the VLF sine wave 34 kV fills the highest demands on the test voltage quality and stability. Moreover, the integrated “breakdown detection“ shuts down the test voltage in the event of an excessive charge current and guarantees limited damage to the cable. Consistent single-button operation combined with a sophisticated operating concept allows a fast and targeted use of the system.

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  • MEGGER VLF Sinus 45kV | VLF Cable Insulation Test

    The VLF sine wave 45 kV with integrated tanDelta is a compact, robust, and portable high-performance test and diagnostic system for medium voltage cables. The 45 kV tester is a multifunctional tool: apart from VLF and DC testing, it also performs sheath testing and sheath fault pinpointing (in combination with the step voltage probe ESG NT). Moreover, the optional internal tanDelta expands the system to assess both cable integrity and condition. The smart VLF system automatically adjusts the test frequency to the cable length, making even tests on 25 kV rated cables (up to 25 km) easy and reliable.

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  • MEGGER PVS 100 | Cable Identification

    The exact knowledge of the phase assignment in the area of power distribution is an essential requirement for the safe and reliable power network operation. This covers all voltage levels from a low voltage distribution to high voltage transmission systems. A phase identification or verification is required for the determination of load distribution, the control of the phase assignment of old or new installation and prior to switching to avoid damages and outages. The phase identification with the PVS 100 enhances the safety of power distribution systems and prevents accidents.

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  • MEGGER Cable Identifier | Cable Identification

    The CI Cable Identifier will safely identify a dead (or de-energized) primary cable within a group of energized or de-energized cables as well as live secondary cables (including neutrals) up to 240 VAC (460 optional). The absolute safe identification is based on polarity and signal magnitude of the DC pulse (up to 100 A) coming from the transmitter, which is picked up by the receiver and a clip-on probe. The transmitter can operate on 120 VAC or internal battery (up to 50 hrs run time). The entire system functions without user adjustments and will, under no circumstances, provide a false positive identification. The standard combination kit (for HV & LV cables) includes a 6” flexible clip-on probe, and two touch sensors for all your applications where a clip on cannot be used.

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  • MEGGER Teleflex SX/VX | Portable TDR for CFL

    With the Teleflex SX the excellent properties of the successful Teleflex VX were transferred into a smaller, handy and portable design. The Teleflex SX is operated by the new touchscreen and the well proven control knob functionality. The interface is shown on a sharp and very bright 10.4” display. The Teleflex SX is specially adapted to the fast events during fault location in power cables. The easyGO operation is reduced to the important and essential steps and operates almost automatically. The Teleflex VX measuring hardware and display are separated, and communicate via Ethernet. This allows easy integration into a fault location system.

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  • MEGGER TDR1000/3P | Single Channel Cable Fault Locator

    A state-of-the-art single channel TDR capable of indentifying and locating faults on metalic cables. The TDR1000/3P is suitable for use on both dead or live cables.

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  • MEGGER SFX 32/40 | Mobile Cable Fault Locator

    The system is directly controlled via CAN Bus by the connected Teleflex SX or via the integrated PLC operating panel. All functions of the system can be easily performed using the rotary encoder. The system supports easy and clear handling, even for inexperienced users.

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  • MEGGER SFG5-1000 | Portable Cable Fault Locator

    The SPG 5-1000 is a portable multi functional system for cable testing, fault conditioning pre- and pinpoint location of faults in low voltage distribution systems. Using the patented ICEplus pre-location method the operator has an very easy to use tool for prelocation of faults, especially in branched low voltage distribution systems. The evaluation of a reflection measurement is not required. The fault distance is directly displayed as numerical value. The branches have no influence on the measurement. The unit is controlled by the integrated rotary encoder and a graphic LCD for the visualisation of modes and adjusted parameters. The system supports easy handling, supports successful operation even for untrained users, and provides maximum technical safety

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  • MEGGER VLF CR 20 | VLF Cable Insulation Test

    In accordance with most regulations, cables and joints must be tested after installation or repair. For this test the breakdown strength of the cable is tested. The portable VLF Test System 20 kV can be used to test the cables in conjunction with the according local regulations for operating voltage levels up to 11 kV for new cables and 16 kV for aged cables at 3 µF cable capacity. By using the patented 0.1 Hz Cosine Square Wave Voltage PE, XLPE and paper cables are brought to a controlled breakdown very fast without causing additional damage or aging to the cable insulation.

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  • SFX25-1150 M 25 KV, 1150 J | CABLE FAULT LOCATION SYSTEM

    Battery operated for stand-alone operating Focus on URD cables Fully self-contained Determine fault distance automatically Testing in low and medium voltage networks Extremely rugged design

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  • SmartFuse 250 | MONITORING AND FAULT LOCATION IN LOW-VOLTAGE GRIDS

    Real-time monitoring and analysis of current and voltage progression Early warning of impending grid overload Automatic restoration of power supply Minimised downtimes Cable fault location with households connected Modular multipolar design

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  • SWG 1750 32 KV, 1750 J OR 3500 J SURGE WAVE GENERATOR

    High surge energy up to 3500 J Fast surge rate Voltages between 2 and 32 kV

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  • SWG 500 16 kV, 500 J surge wave generator

    Surge generator for 4 kV, 8 kV and 16 kV and output up to 500 J Optimized surge energy for switchable capacitors

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  • SWG 505 5 kV, 500 J surge wave generator

    Surge generator for 3 kV, 4 kV and 5 kV and output up to 500 J Optimized surge energy for switchable capacitors

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  • EST High Voltage discharge rod

    Choice of 6 versions of discharge rod Complies with EN 50191, EN 61230 and EN 61219 Versions for 35 kV to 150 kV working. Discharge resistors ensure damped discharge

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  • Geolux GL 660-1 Cable ground fault locator

    Mains filter for direct coupling to live cables up to 660 V Pulsed output current for easier detection of the test signal Filter for the suppression large interference signals Location of earth faults up to 150 kOhm No switch off during the fault location required No influence to the signal lines connected to

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  • GTS-300 Safety Ground and Ground Grid Test Set

    Fast setup No specialized training required Digital instrumentation

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  • Split-box Pipe and Cable Locator

    Energized or de-energized lines tracing Conductive or inductive coupling Peak and null detection capabilities Hand-held and lightweight Solid construction in a tough, plastic housing

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  • ARM 3-E Arc stabilising unit

    Active ARM fault location with built-in impulse generation Conduct prelocation with either the surge generator or directly for LV fault location Compatible with all surge generators and re ectometers

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  • Overhead line testing system Adapter for the safe operation of Teleflex reflectometers on overhead line systems

    Easy to operate Very good resolution at close and long range Dangerous induction voltages reliably discharged Test pulse up to 1,500 V for long distances For distances over 2,000 km

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  • TDR2000/3 and TDR2010 Advanced Dual Channel TDR

    IP54 rating offers real life working AUTO set up mode for instant, easy use AutoFind and FindEnd functions helps find the fault fast Trace tagging facility that allows a name to be saved with the trace Distance dependent gain to counteract signal attenuation Step function to improve detection of near end faults

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  • TDR2050 Two channel cable fault locator for power applications

    CAT IV 600 V input protection IP54 rating offers real life working AUTO set up mode for instant, easy use AutoFind and FindEnd functions helps find the fault fast Trace tagging facility that allows a name to be saved with the trace Distance dependent gain to counteract signal attenuation Step function to improve detection of near end faults

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  • TDR500/3 Handheld single channel TDR

    Simple operation. AUTO selection of gain and pulse width. Ultra fast pulse for near end fault identification. Trace HOLD feature. IP54 rating offers real life working. Designed for use on all metallic cable pairs.

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  • Teleflex VX Reflectometer

    Bright and large display Easiest operation via self guiding and explaining menus ARM Multishot technology Automatic storage of all results Supports all existing prelocation technologies Automatic detection and display of cable end and fault position

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  • CHM Series Cable height meter

    Dramatically reduces measuring time Inherently safe Designed for ease-of-use Hand-held portability Calibration and maintenance free operation No physical connection to cables or wires Measures the height of up to six overhead cables

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  • Diagnostic connection set Diagnostic measurement accessory kit

    Permits a PD-free connection to the cable Variety of adapters which covers most commonly used terminations Simplifies the calibration procedure by additional cable lugs Comes in a convenient, sturdy case

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  • HPG50-D, HPG70-D and HPG80-D DC and AC HV test system

    HPG 50-D, AC testing up to 35 kVRMS/ DC testing up to 100 kV HPG 70 / 80-D, AC testing up to 50 / 58 kVRMS / DC testing up to 140 / 150 kV

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  • HV test set 50 kV, HV test set 80 kV and HV test set 110 kV Portable high voltage test set for d.c. testing of cable

    Highest safety by monitoring functions and easy operation Quick and easy mounting with compact and simple setup Meeting individual needs by modular design

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  • PD Scan Online PD handheld scanner

    For fast verification of partial discharge activity in MV and HV plants Universal application range, thanks to variety of sensors For a quick assessment of the condition of the switchgear and cables Allows the allocation of maintenance resources directly to the problem areas

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  • PDS 62-SIN Portable PD detection and localisation system

    Partial discharge diagnostics with VLF sinusoidal voltage up to 62kVpeak With 14.5 kg – the lightest PD measuring unit on the market Real-time data evaluation and display of results, no post processing needed General and localized Phase Resolved PD pattern (PRPD) display for defect type recognition

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  • UHF PD Detector Handheld online PD substation surveying system

    Non-invasive tool for online PD measurements in MV and HV substations Large colour touch-screen for easy operation Dual channel system for direct comparison between two sensors Synchronises with power frequency via internal, mains or external sensor for PRPD pattern recognition

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  • HV DAC series Test and diagnostic system for HV cables

    Compact and transportable; permits use on difficult to reach switchgear and substations High testable capacity of 8 ?F allowing testing of long cables State of the art PD measurement technology: live evaluation, localization and display of results Available in 200 kV and 300 kV model; other voltage levels on request

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  • MV DAC30 30 kV Damped AC System

    Peak damped AC (DAC) voltage of 30 kV Fully enclosed partial discharge (PD) detector eliminates operator exposure to HV potential Real-time detection and mapping of PD Performs testing to IEEE 400.4 standards Two module design for easy handling and transport

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  • TDM45 High power test and diagnosis combination for MV cables

    Cable testing, cable diagnosis and sheath testing in one device Enables standard compliant high power VLF testing at 0.1 Hz (5 µF @ 40 kVrms) Internal tanDelta measurement with automatic result interpretation Partial discharge diagnosis using VLF Sine wave, Damped AC or 50/60 Hz Slope technology voltages

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  • TE PDS Partial discharge detector

    Easy to use Compact, lightweight and battery powered for maximum flexibility High sensitivity industive and capacitive sensors Audio and visual indicator

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  • VLF Sine Wave 34 kV Cable Tester

    High test capacity of 5 µF Suitable for outdoor use (IP 54) Single-button operation Integrated safety system Reporting Continuous duty cycle

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  • Tan delta attachment VLF sine system accessory

    Very accurate measurement Optional leakage current correction High wireless range Measurement at high voltage potential

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  • TDR900 Hand-held TDR or cable length meter

    Full autoranging for measuring the length of power, telephony, CATV and LAN cables, provides distance to an open or short. Extra large, high resolution backlit LCD. Automatic output impedance control of 25, 50, 75, 100, 125 or 150 ohms. User-friendly menu on screen operation. Cable length calibration function. Internal library of 39 standard cable types.

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  • TDR1000/3 Advanced handheld single channel TDR

    Simple operation AUTO set up for instant use Ultra fast pulse for near end fault identification Trace HOLD feature to allow comparison between cables IP54 rating offers real life working Designed for use on all metallic cable pairs

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